JP2008097289A - Recording medium, information processing system, and information processing method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To omit an operation that a commodity purchaser himself (or herself) inputs his (or her) resident address in the case of purchasing a commodity on an online store or the like and to reduce an input operation that a card is inserted or put into/over a reader or the like. <P>SOLUTION: An information processing system is provided with: an e-money card EMj for charging processing for settling a purchase price or the like of a commodity 30 in processing commodity order receiving information generated in the online store for purchasing or leasing the commodity 30 through the Internet 20; a card communication apparatus CMj for reading delivery destination information indicating the delivery destination of the commodity which is recorded in the card EMj; and a terminal device INj for receiving the order of the commodity, which is connected to the card communication apparatus CMj for receiving a commodity order and preparing commodity order receiving information. The terminal device INj notifies an information processing system for managing commodity order reception and delivery of the commodity order receiving information in which the delivery destination information is associated with commodity selection information. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  INDUSTRIAL APPLICABILITY The present invention can be applied to an electronic money card utilization system in which a product destination is limited, an electronic money card gift system in which a gift destination is limited, an electronic money card utilization system in which a rental product destination is limited, and the like. The present invention relates to a recording medium, an information processing system, and an information processing method. More specifically, when a purchase processing information recording medium that records delivery destination information indicating the delivery destination of a product is provided, and when purchasing or borrowing a product, the delivery destination information is read from the recording medium and the product is purchased at an online store. When renting a product, the purchaser can omit the operation of entering the address of his / her own home, and the input operation of passing the card through a reader or the like can be reduced. It is.

  2. Description of the Related Art In recent years, in the information processing field, e-commerce using networks has become active due to the development of communication means such as Internet lines. In electronic commerce, a person who supplies or provides a product or service (hereinafter also referred to as an information distributor) and a person who purchases or uses a product or service (hereinafter also referred to as an information user) via a network. Trading (buying and selling) is performed.

  In this electronic commerce, an online shopping system is known. Here, the online shopping system refers to a service for selling products desired by a user at an online store established on the Internet. In the system, an online store is opened with a terminal device connected to the Internet, and when a user purchases a product, the destination information of the product is input using an input device such as a keyboard or a mouse. . At this time, the terminal device prompts input by displaying an input screen, and the user inputs an address, name, telephone number, and the like. As a result, the web server connected to the terminal device obtains the destination information.

  Also, in order to reduce the trouble of entering multiple times, personal information such as address, name, and phone number is used for input, saved in the terminal device, or using the online store membership registration function. Personal information is stored on the online store side. In this way, when the system is configured, this personal information can be called again, so that input labor can be reduced.

  In relation to this type of online shopping system, Patent Document 1 discloses a content distribution system, a center server, a user terminal device, a mobile authentication device, a computer program, a recording medium, and a content distribution method for the center server. This content distribution system includes an encryption server, a content distribution server, a settlement server, and a license authentication server, and the encryption server generates content key data unique to each content and encrypts the content data. The content distribution server distributes the encrypted content data to the use terminal device in response to the distribution request. The payment server executes payment corresponding to the distribution of the content key data to the mobile authentication device. The license authentication server is configured to generate encrypted content key data based on the personal key data. By configuring the system in this way, data for decrypting encrypted content data can be distributed in real time and with good security.

Japanese Patent Laying-Open No. 2004-72423 (FIG. 1 on page 10)

  The network shopping system according to the conventional example has the following problems.

  i. When a content distribution system such as that disclosed in Patent Document 1 is used for an online shopping system and an attempt is made to construct a system for purchasing a product at an online store, the product purchaser must manually enter his / her home address. Don't be. This complicates the input operation.

  ii. When a mobile authentication function such as that disclosed in Patent Document 1 is used in an online shopping system, personal information is stored in a terminal device that can be connected to the Internet, and thus it is difficult to share the personal information with other terminal devices. It becomes.

  iii. In addition, it is unclear for the information user where the personal information is stored, so it is possible to carry a data file in which personal information is recorded via the media, or a public terminal device that can be connected to the Internet. If the media is used unnecessarily at an Internet cafe or the like, there is a risk that the data file in which the personal information is recorded will be left (outflowed) without being deleted by the public terminal device.

  iv. In the case of using a member registration function of an online store and the system is not shared among a plurality of online stores, member registration must be performed for each online store.

  v. Even if the system is shared, it is necessary to input a user ID and password. However, a terminal device that can be used in the system is a terminal device equipped with a keyboard such as a personal computer (PC). In a terminal device in which an input device is limited to a remote controller, such as a receiver, inputting a user ID and a password is a great effort.

  Therefore, the present invention solves such a conventional problem, and when purchasing a product at an online store, the product purchaser can omit the operation of inputting his / her home address by himself / herself. Another object of the present invention is to provide a recording medium, an information processing system, and an information processing method that can reduce the input operation of passing the card through a reader or the like.

  The above-described problem is that, in the recording medium for billing processing for settlement of the charge imposed on the purchase or rental of the product, the destination information indicating the destination of the product is recorded on the recording medium, and the purchase or This is solved by a recording medium characterized in that destination information is read from the recording medium at the time of borrowing.

  According to the recording medium of the present invention, when purchasing a product at an online store or renting a product, the product purchaser etc. can omit the operation of inputting his / her home address by himself / herself, It becomes possible to reduce the operation to pass or deceive.

  An information processing system according to the present invention settles a charge imposed on purchase or rental of a product in an information processing system that processes product order information generated at an online store that purchases or lends a product via communication means. A recording medium for billing processing for recording, a recording device for recording destination information indicating the destination of goods on the recording medium, a reader for reading the destination information from the recording medium, and a reader connected to the reader, A product order receiving information processing device that receives product orders or selections and creates product order information, and the information processing device receives the delivery destination information read by the reading device and the product order or selection. The product order information associated with the obtained product selection information is notified to the information processing system for product order delivery.

  According to the information processing system of the present invention, the recording apparatus records the delivery destination information indicating the delivery destination of the product on the recording medium when the recording medium is sold. Based on this assumption, it is a case where product order information generated at an online store that purchases or lends a product via communication means is processed, and at the time of purchase or borrowing of the product, the reader device sends the destination information from the recording medium. read. An information processing apparatus for receiving a product order connected to a reading device receives a product order and creates product order information. In this information processing device, product order information in which the delivery destination information read by the reading device is associated with product order information obtained by accepting an order or selection of the product is notified to the information processing device for product order delivery. It becomes like this.

  Therefore, when purchasing a product at an online store or borrowing a product, the product purchaser etc. can omit the operation of inputting his / her home address by himself / herself, reducing the operation of passing the card through a reading device or the like. become able to. In addition, the merchandise delivery center or the like can deliver the merchandise to the destination based on the destination information added to the merchandise order information.

  The information processing method according to the present invention is an information processing method for processing product order information generated at an online store where a product is purchased or lent through a communication means, and settles a charge imposed on the purchase or rental of the product. Recording destination information indicating the destination of the product on a recording medium for billing processing, reading the destination information from the recording medium when purchasing or borrowing the product, and accepting an order or selection of the product Product order information that associates the step of acquiring product selection information, the step of associating the destination information read from the recording medium with the acquired product selection information, and the destination information and product selection information And a step of notifying the information processing system for order delivery management.

  According to the information processing method of the present invention, product order information generated at an online store that purchases or lends a product via a communication means is processed, and when the product is purchased or borrowed, the destination is sent from the recording medium. Since the information is read, it is possible to omit an operation in which a product purchaser or the like inputs his / her home address by himself / herself, and the operation can be reduced to an operation in which the card is passed or deceived through a reading device or the like.

  Further, since the product order information in which the destination information read from the recording medium is associated with the acquired product selection information is transferred, the destination information added to the product order information in the product distribution center or the like. The product can be delivered to the destination based on the above.

  According to the recording medium of the present invention, the delivery destination information indicating the delivery destination of the product is recorded, and when the product is purchased or borrowed, the delivery destination information is read from the recording medium.

  With this configuration, when purchasing a product at an online store or renting a product, the operation of the product purchaser etc. entering his / her home address by himself / herself can be omitted, and the operation of passing or deceiving the card through a reader or the like Can be reduced. In addition, the merchandise delivery center can deliver the merchandise to the destination based on the destination information added to the merchandise order information.

  According to the information processing system and the information processing method of the present invention, the recording medium according to the present invention is applied, the destination information indicating the destination of the product is recorded, and the product is sent from the recording medium when purchasing or borrowing the product. The previous information is read.

  With this configuration, when purchasing a product at an online store or renting a product, the operation of the product purchaser etc. entering his / her home address by himself / herself can be omitted, and the operation of passing or deceiving the card through a reader or the like Can be reduced. In addition, the merchandise delivery center can deliver the merchandise to the destination based on the destination information added to the merchandise order information. As a result, it is possible to construct an electronic money card utilization system, an electronic money card gift system, or the like that restricts the destinations for goods.

  Subsequently, an embodiment of a recording medium, an information processing system, and an information processing method according to the present invention will be described with reference to the drawings.

  FIG. 1 is a diagram showing a configuration example of an electronic money card utilization system 100 as an embodiment according to the present invention.

  An electronic money card utilization system 100 shown in FIG. 1 constitutes an example of an information processing system, and receives product order information generated at an online store that purchases or lends a product 30 via an Internet line 20 constituting an example of a communication means. It is a system to process. Here, the product order information refers to information for receiving an order for the product 30 sold in the online store. The product order information includes product selection information and destination information. The product selection information refers to information for selecting the product 30 displayed at the online store. The destination information refers to personal information such as the address and name of the destination of the product 30 purchased or lent out at the online store.

  In this example, the product purchase or product borrower side is provided with a plurality of electronic money cards EMj (j = 1 to m) that constitute an example of a recording medium for billing processing. It is made to settle the fee charged for it. In this example, destination information is registered (recorded) in the electronic money card EMj. The destination information is registered (recorded) at the time of purchasing or after purchasing the electronic money card EMj. The electronic money card EMj may be sold by installing a card vending machine. When the user himself / herself uses the electronic money card EMj, the user's address / name (destination information) is recorded on the card.

  At the time of this sale, for example, a card vending machine is provided with a recording device, and for the electronic money card purchaser, destination information that is address information indicating the destination of the product 30 is recorded on the electronic money card EMj. Made. Of course, the present invention is not limited to this. When the product 30 is first purchased at an online store, the destination information may be recorded on the electronic money card EMj.

  In this example, in addition to the electronic money card EMj, a mobile phone EMm having a function equivalent to that of the electronic money card EM1 may be used as a recording medium for billing processing. A memory is provided in the mobile phone EMm, and destination information is registered in the memory. When receiving an order for a product 30 sold at an online store, an infrared communication device, a short-range wireless communication function, etc. You will be able to send and receive information using.

  In this example, the destination information registered in the electronic money card EMj is read by the card communication device CMj (j = 1 to m) constituting the function of the reading device. The card communication device CMj is preferably provided with an information writing function in addition to the information reading function. This is because when the product 30 is first purchased at the online store, the destination information can be recorded on the electronic money card. The card communication device CMj is preferably provided for each Internet connection terminal.

  As the card communication device CMj, a wireless information writing / reading device or an infrared wireless transmission / reception device is used, which has a relay function between the terminal device INj and the electronic money card EM1, the mobile phone EMm, etc. Communication processing is possible between the device INj and the electronic money card EM1, the mobile phone EMm, or the like.

  Each of the card communication devices CMj is connected to an internet-connectable terminal device INj (j = 1 to m) that constitutes a function of an information processing device for receiving a product order. Information D12 is acquired. The terminal device INj has a function of connecting to the Internet 20, a function of displaying product information and payment information of an online store, and a function of outputting product selection information D12.

  As the terminal device INj, a notebook personal computer, a desktop personal computer, a television receiver having a communication function, or the like is used. The terminal device INj notifies the information processing system for product delivery (management) of the product order information D1 in which the destination information read by the card communication device CMj and the product selection information D12 obtained from the input device 42 are associated with each other. To be made.

  In addition, on the merchandise sales or merchandise lender side, a plurality of web servers WBi (i = 1 to n) constituting the information distribution system are provided, and the video of the product, its description, its price, its payment method, etc. In addition to providing display information for display, information necessary for selling or renting merchandise is delivered at an online store.

  Further, the web server WBi performs the shipping process of the product 30 if the subsequent charging process is successful based on the destination information received from the terminal device INj for these distributions. If the billing process is NG, another product selection is prompted again. For example, the web server WB1 transfers the product order information D1 received from the terminal device INj to an information processing system for product delivery management.

  The plurality of web servers WBi on the product sales or product lender side and the terminal device INj on the product purchase or product borrower side that can be connected to the Internet are connected by an Internet line 20 that constitutes an example of communication means. The communication means includes a general public telephone line and a dedicated communication line in addition to the Internet line 20.

  For example, the merchandise seller side includes an information processing apparatus 10 for merchandise order delivery, and manages orders and delivery of the merchandise 30 based on the merchandise order information D1 transferred from the web server WBi. The For example, a personal computer is used as the information processing apparatus 10 to manage the delivery of the product 30 for which an order has been received. The information processing apparatus 10 is arranged in a product delivery center and delivers the product 30 to an address based on the destination information. As a result, the electronic money card utilization system 100 in which the destination of the product 30 is limited can be configured.

  FIG. 2 is a block diagram illustrating a configuration example of a terminal device INj that can be connected to the Internet. The terminal device INj shown in FIG. 2 includes a communication device 40, a CPU 41, a card communication device 42, a storage device 43, and a display device 45.

  One end of the communication device 40 is connected to the Internet 20 and performs communication processing with the Web server WBi or the like regarding the sale or rental of products at an online store. A communication modem is used for the communication device 40, and the content information relating to the online store that is encoded and distributed from the Web server WBi is decoded and output.

  A CPU 41, a storage device 43, and a display device 45 are connected to the other end of the communication device 40. The storage device 43 stores content information regarding the online store provided from the web server WBi. The content information includes display information such as videos, explanations, prices, and payment methods of a plurality of products related to sales or lending of products at an online store. As the storage device 43, a hard disk device, a nonvolatile memory, or the like is used.

  Based on the decrypted content information, the display device 45 displays information necessary for selling or renting the product at the online store. For example, the display device 45 displays a plurality of product videos, descriptions, prices, payment methods, and the like based on content information provided from the web server WBi. As the display device 45, a liquid crystal display device, a PDP display device, a CRT device, or the like is used.

  The user selects a product desired to be purchased from a plurality of products. For example, the input device 42 is connected to the CPU 41 and operated to accept an order or selection of the product 30. The user operates the input device 42 to select a product displayed on the display device 45. As the input device 42, a keyboard and a mouse are used. Product selection information D12 related to the product selected by operating the input device 42 is output to the CPU 41.

  The CPU 41 is connected to a card communication device CM1 that constitutes the function of the reading device, and reads the destination information D11 from the electronic money card EM1 under the reading control of the CPU 41. The destination information D11 read from the electronic money card EMj is temporarily stored in the storage device 43. The display device 45 displays the destination information D11 read from the storage device 43 under the display control of the CPU 41.

  The CPU 41 inputs the product selection information D12 from the input device 42, confirms the order or selection of the product 30, and creates the product order information D1. For example, the CPU 41 associates and merges the destination information D11 read by the card communication device CM1 with the product selection information D12 related to the purchased product selected on the screen of the display device 45, and the product order information D1 (= D11 + D12) is created and notified to the web server WBi via the communication device 40.

  As a result, one end is connected to the Internet 20 and the other end is connected to the card communication device CM1, and communication processing with the Web server WBi or the like can be performed with respect to sales or rental of products at an online store, and from the electronic money card EM1 A terminal device IN1 from which the destination information D11 can be read can be configured.

  3A and 3B are diagrams illustrating a configuration example of the non-contact type electronic money card EM1 and the like. In this example, a non-contact type electronic recording card medium is used for the electronic money card EM1. Electronic recording card media include contactless prepaid / postpaid cards (tags) and Edy cards that can be charged.

  The electronic money card EM1 for billing processing shown in FIG. 3A constitutes a function of a recording medium for paying a charge imposed on the purchase or rental of the product 30. The electronic money card records address information D11, which is address information indicating the address to which the product 30 is sent, and when the product 30 is purchased or borrowed, the address information D11 is read from the electronic money card EMj.

  The electronic money card EM1 shown in FIG. 3A has a card main body 31 having a length L of about 80 to 90 mm and a width W of about 50 to 60 mm. The card main body 31 allows the IC chip 32 and the antenna 33 to be connected. It has a stacked structure. Since this electronic money card EM1 is a non-contact type, no terminal for information input / output is provided.

  The antenna 33 mounted in the card body 31 has a loop coil. The antenna 33 has, for example, a three-turn coil pattern. An IC chip 32 and a capacitor (not shown) are connected to the antenna 33, and the IC chip 32 has a remote IC function. The capacitor is used for maximizing reception efficiency by tuning the antenna 33 to the carrier frequency of the electromagnetic field.

  Of course, the capacitor may be omitted if a decrease in reception efficiency is allowed. The carrier frequency is about 13.56 MHz. As a result, an electromagnetic field having the destination information D11 and the like as a specific modulated radio wave can be received by the antenna 33 of the card size L × W of the electronic money card EM1.

  FIG. 3B is a block diagram illustrating an internal configuration example of the IC chip 32 such as the electronic money card EM1.

  The IC chip 32 illustrated in FIG. 3B includes a communication unit 34, a CPU 35, a memory unit 36, and a power supply unit 37.

  The antenna 33 illustrated in FIG. 3A is connected to the communication unit 34 and the power supply unit 37. The communication unit 34 connected to the antenna 33 performs communication processing with the card communication device CM1 under the communication control of the CPU 35. For example, the communication unit 34 receives the destination information D11 modulated into a predetermined modulated radio wave when writing information. At the time of reading information, the destination information D11 is modulated into a predetermined modulation signal and sent to the antenna 33.

  A CPU 35 is connected to the communication unit 34 described above, and input / output of the communication unit 34, the memory unit 36, and the like is controlled at the time of information writing / reading. For example, when information is read, the destination information D11 read from the memory unit 36 is output to the communication unit 34. At the time of information writing, the destination information D11 obtained from the communication unit 34 is recorded in the memory unit 36.

  A memory unit 36 is connected to the CPU 35, and destination information D11 and billing information demodulated by the communication unit 34 are stored, and control data such as an information writing / reading procedure is stored. A non-volatile memory such as a read only memory (EEPROM) capable of erasing and writing electrical information is used for the memory unit 36. According to the nonvolatile memory, even when the power is turned off, the destination information D11, billing information, and the like are recorded and held.

  The power supply unit 37 connected to the antenna 33 is further connected to the communication unit 34, the CPU 35, and the memory unit 36, and supplies the DC voltage VCC to the communication unit 34, the CPU 35, and the memory unit 36. For example, the power supply unit 37 is a method used in a normal non-contact type IC card, takes in electromagnetic energy from the outside by the antenna 33, and uses the DC voltage VCC generated based on this electromagnetic energy as the communication unit 34, The data is supplied to the CPU 35 and the memory unit 36.

  In this example, the DC voltage VCC is obtained by rectifying the electromotive force generated by electromagnetic induction from the card communication device CM1 side. With an example of a carrier frequency of 3 turns, 13.56 MHz, a DC power supply with a voltage of 2.2 V and a current of about 1 mA can be obtained. Of course, in addition to this, a method of generating a power source by taking in electric power by high-frequency electromagnetic energy from the outside to the antenna 33 or other objects may be used.

  FIG. 4 is a diagram illustrating an example of information storage in the memory unit 36 illustrated in FIG. 3B. In addition to billing information, destination information D11 is stored in the memory unit 36 shown in FIG.

  The memory unit 36 is provided with a memory area having a predetermined capacity, and a destination information description area I and a billing information description area II are allocated to the memory area.

  The destination information area I stores destination information D11 of a person who purchased the electronic money card EM1. For example, the address information D11 describes personal information such as an address or name indicating the delivery destination of a product such as “XXX prefecture ΔΔΔ city XXX town 1-23-45-678”. Of course, postal code information may be added to the destination information D11. For example, when the electronic money card EM1 is purchased, the destination information D11 and the postal code information are recorded using a recording device of a card vending machine.

  In the charging information description area II, the usage date, charge amount, usage amount and balance are described as charging information. For example, when an electronic money card EM1 having a price of 5000 yen is purchased on September 1, 2006, "September 1, 2006" is described in the use date, and 5000 yen is described in the balance. Thereafter, when a product with a price of 2000 yen is purchased at an online store on September 15, 2006, "September 15, 2006" is described in the use date, and 3000 yen is described in the balance. As a result, the destination information D11 can be stored in the memory unit in addition to the billing information.

  When the electronic money card EM1 is configured in this way, when the product 30 is purchased at an online store or when the rental product 30 ′ is rented, an operation in which the product purchaser inputs his / her home address can be omitted. It is possible to reduce the operation to pass the card EM1 through the device CM1 or the like. In addition, the merchandise delivery center can deliver the merchandise 30 to the delivery destination based on the delivery destination information D11 added to the merchandise order receiving order information D1.

  5 and 6 are flowcharts showing information processing examples (parts 1 and 2) in the electronic money card utilization system 100 as the first embodiment.

  In this embodiment, an electronic money card EM1 or a mobile phone EMm having an equivalent function for settlement of a charge imposed on the purchase of the product 30 is applied, and the product 30 can be purchased at an online store through the Internet 20. It is assumed that merchandise order information D1 is generated.

  That is, the product 30 is sent to the user by mail or the like instead of via the Internet, and the user accesses the web server WB1 using the terminal device IN1 such as a personal computer or a TV receiver with a communication function. The product 30 to be purchased is selected. The terminal device IN1 communicates with the electronic money card EM1 for billing processing or the mobile phone EMm via the card communication device CM1, and reads the destination information D11 recorded on the electronic money card EM1 or the mobile phone EMm to read the web. Take as an example the case of transmission to the server WB1 or the like.

  For the electronic money card EM1 or the mobile phone EMm, the destination information D11 has already been recorded, the destination information D11 has not yet been recorded on the card, and the latter. An example including the case where the delivery destination information D11 is recorded on the card or the like when the product is purchased and the case where the electronic money card EM1 or the like of a type in which the delivery destination information D11 cannot be recorded is handled.

  Using these as processing conditions, the user activates the terminal device IN1 and accesses the web server WB1 and the like related to the online store. The terminal device IN1 displays the product 30 from the online store on the display device 45 in step A1 of the flowchart shown in FIG. At this time, the display device 45 displays a plurality of product videos, descriptions, prices, payment methods, and the like based on the content information provided from the web server WBi.

  Next, in step A2, the terminal device IN1 branches control depending on whether or not to purchase the product 30 from the user. When purchasing the product 30, an order or selection of the product 30 is received on the screen of the display device 45. At this time, when the user operates the input device 42 to select a product 30 to be purchased, the product selection information D12 is output from the input device 42 to the CPU 41 in response to this operation.

  Then, in step A3, the terminal device IN1 executes a confirmation process as to whether the terminal device IN1 is the electronic money card EM1 in which the destination information D11 is recorded or the mobile phone EMm having an equivalent function. At this time, the display device 45 displays a message such as “Please pass or trick the electronic money card EM1 or the mobile phone EMm through the card communication device CM1”. In order to respond to this display, the user passes or deceives the electronic money card EM1 or the mobile phone EMm through the card communication device CM1.

  For example, the card communication device CM1 reads the destination information D11 from the electronic money card EM1 when the electronic money card EM1 or the mobile phone EMm is inserted. In this example, the destination information D11 such as “XX prefecture ΔΔΔ city XXX town 1-23-45-678” is read from the destination information area I shown in FIG. Of course, postal code information may be added to the destination information D11. For example, when the electronic money card EM1 is purchased, the destination information D11 and the postal code information are recorded using a recording device of a card vending machine.

  When the destination information D11 can be read from the electronic money card EM1 or the cellular phone EMm, the card communication device CM1 sends a readable signal S1 indicating that the destination information D11 can be read to the terminal device IN1. Output to IN1. As a result, the terminal device IN1 can confirm that the destination information D11 is the electronic money card EM1 or the like in which the destination information D11 is already recorded based on the readable signal S1 input from the card communication device CM1. If the destination information D11 is the electronic money card EM1 or the like already recorded, the process proceeds to step A7.

  When the electronic money card EM1 or the cellular phone EMm has not yet recorded the destination information D11, or when the electronic money card EM1 or the like cannot be recorded with the destination information D11, it can be read from the card communication device CM1. The signal S1 cannot be obtained. In this case, the process proceeds to step A4, and the terminal device IN1 prompts the writing process of the destination information D11 to the electronic money card EM1 or the like.

  For example, the terminal device IN1 tries to record (input) the destination information D11 to the electronic money card EM1 or the mobile phone EMm via the card communication device CM1. Thereafter, the process proceeds to step A5, and the terminal device IN1 confirms (determines) whether the card or the like is the electronic money card EM1 or the mobile phone EMm capable of recording the destination information D11. At this time, the card communication device CM1 reads the destination information D11 from the electronic money card EM1 or the like.

  If the card or the like is the electronic money card EM1 or the mobile phone EMm capable of recording the destination information D11, the process proceeds to step A6, and the address information indicates the destination of the product 30 to the electronic money card EM1 or the like. The destination information D11 is recorded. Thereafter, the process proceeds to step A7.

  If it is confirmed in step A5 that the destination information D11 cannot be recorded, the electronic money card EM1 or the mobile phone EMm is passed, step A6 is passed and the process proceeds to step A7. In step A7, the terminal device IN1 determines whether or not the product destination information D11 is acquired. This determination is made with the user's confirmation as to whether the acquired or input data can be used as the destination information D11.

  At this time, when it is confirmed that the destination information D11 cannot be recorded first, the electronic money card EM1 or the mobile phone EMm is prompted to input the destination information D11 using the input device 42. The entry here is permitted for the convenience of the electronic money card EM1 and the like of the type in which the destination information D11 cannot be recorded.

  When the delivery destination information D11 of the product cannot be acquired, or when the product 30 is purchased and the input is tried again, the processing cannot be used as the delivery destination information D11. Etc. and the process returns to step A2. In step A2, if the product 30 is not purchased or the destination to which the product 30 to be purchased cannot be input (registered), the information processing in the online store is terminated. When trying to input again, the process proceeds to step A3 and the above-described processing is repeated.

  In step A7 described above, if the terminal device IN1 has obtained the destination information D11 of the product 30 by reading the destination information D11, setting it newly, or inputting it, the process proceeds to step A8 shown in FIG. The billing (settlement) process for the purchase of the product 30 is executed. The billing process is executed, for example, by rewriting billing information stored in the electronic money card EM1 or the mobile phone EMm. In this example, the usage date, usage amount and balance are rewritten in the billing information description area II shown in FIG. 4 (see FIG. 4).

  Thereafter, in step A9, the terminal device IN1 confirms whether or not the accounting process is successful.

  If the charging process is successful, the process proceeds to step A11 where the charging information and the destination information D11 are displayed on the display device 45 to notify the user. And it transfers to step A12.

  If the billing process fails, the process proceeds to step A10, and the terminal device IN1 confirms whether to try the billing process again. At this time, a message “Do you want to try the billing process again?” Is displayed on the display device 45. At the same time, in addition to the above message, for example, icons such as “Continue” and “Cancel” are displayed on the display device 45. At this time, if the user presses the “continue” icon, that is, if the billing process is continued, the process returns to step A8. If the user presses the “stop” icon, that is, if the billing process is to be stopped, the process returns to step A2.

  After displaying the above billing information and destination information D11 on the display device 45, the terminal device IN1 proceeds to step A12, and the terminal device IN1 receives the destination information acquired by the information reading process, the information new setting process, the input operation, and the like. The product order information D1 is created by associating D11 and the product selection information D12 output from the input device 42 in association with each other. Thereafter, the process proceeds to step A13, and the terminal device IN1 notifies the product server order information D1 in which the destination information D11 and the product selection information D12 are associated with each other to the web server WB1 or the like.

  As a result, the user accesses the web server WB1 or the like using the terminal device IN1, and selects the product 30 desired to be purchased, which is selected on the display device 45, at the product distribution center, the delivery destination information D11 added to the product order information D1. The product 30 can be delivered to the user (destination) based on the above.

  Thus, according to the electronic money card utilization system 100 and the information processing method as the first embodiment, the destination information D11 is stored in the electronic money card EM1 or the mobile phone EMm at the time of card sales or product purchase. To be recorded. Based on this assumption, the product order information D1 generated at an online store where the product 30 is purchased via the Internet 20 is processed, and when the product 30 is purchased, the card communication device CM1 sends it from the electronic money card EM1. The previous information D11 is read. The product order receiving terminal device IN1 connected to the card communication device CM1 receives the order of the product 30 and creates product order information D1. In this terminal device IN1, the merchandise order information D1 in which the destination information D11 read by the card communication device CM1 is associated with the merchandise selection information D12 is sent to the information processing apparatus 10 for merchandise order delivery management via the web server WBi. To be notified.

  Therefore, when purchasing the product 30 at the online store, the product purchaser or the like can omit the operation of inputting his / her home address or name, and the card communication device CM1 or the like can be passed through the card EM1 or tricked. Can be reduced. In addition, the merchandise delivery center or the like can deliver the merchandise 30 to the destination based on the destination information D11 added to the merchandise order information D1.

  In addition, since the electronic money card utilization system 100 can be realized, the destination information D11 is recorded on the electronic money card EM1 actually used for charging or the mobile phone EMm itself having an equivalent function. Regardless of the payment card used, it is possible to specify the delivery destination of the product purchase. That is, the electronic money card EM1 or the mobile phone EMm having an equivalent function, to which the destination information D11 is input by the billing (settlement) processing in the web server WB1 shown in FIG. 1, is transferred to another web server WB2 or web server WBn. The input information can also be used.

  Furthermore, since the electronic money card EM1, mobile phone EMm, etc. are easy to move and no data is left in the terminal device IN1 for connecting to the Internet, personal information such as name and address included in the destination information D11 is provided to the user. Management becomes easier. In other words, the electronic money card EM1 or the mobile phone EMm having the equivalent function in which the destination information D11 is input by the billing (settlement) processing by the web server WB1 shown in FIG. The input information can be used.

  The above-described electronic money card utilization system 100 can be applied to a merchandise delivery service system in addition to an online shopping system. It can also be applied to catalog sales systems that select products from catalogs.

  FIG. 7 is a conceptual diagram showing a configuration example of an electronic money card gift system 200 as a second embodiment. An electronic money card gift system 200 shown in FIG. 7 constitutes another example of an information processing system, and processes gift delivery information D2 generated in an online store that receives and delivers gifts 30 ′ via the Internet 20. It is. The electronic money card gift system 200 is an application of the electronic money card utilization system 100 of the first embodiment, and the card sales system is obtained by extracting the web server WB2, the terminal device IN2, and the card communication device CM2 from the system 100. Is added. The card sales system has a card vending machine 201.

  In this example, the giver wants to give a gift to the gift recipient, for example, the electronic mail card EM2 registers (records) the destination information D21 of the gift 30 'indicating the addressee's address in the electronic money card EM2. When the giftee obtains the gift item 30 ′, the card communication device CM2 sends the destination information D21 read from the electronic money card EM2 to the online store that receives and delivers the gift item 30 ′. Gift delivery information D2 combined with gift selection information D22 related to the gift 30 'selected from the gift group by the gift giver is notified to the web server WB2, and the gift 30' based on the gift delivery information D2 is received. A system was built to deliver to the address of the gift giver.

  In this example, the gift acquirer side is given an electronic money card EM2 in which the balance has already been recorded as a return from the gift giver, such as a wedding ceremony, and selectively acquired (use amount) of the gift 30 ′. The balance is settled according to the situation. Thereafter, by charging the electronic money card EM2 and increasing the balance, the electronic money card utilization system 100 similar to the first embodiment can be used.

  In the electronic money card gift system 200, the recipient information D21 of the gift recipient is registered (recorded) in the electronic money card EM2. The recipient information D21 is registered (recorded) by the gift giver using the predetermined recording device in the electronic money card EM2. For example, when purchasing the electronic money card EM2 with the card vending machine 201, the address and name (send destination information D21) of the gift recipient are recorded.

  In this example, the destination information D21 registered in the electronic money card EM2 is read out by the card communication device CM2, which constitutes the function of the reading device, as in the first embodiment. Also in this example, the electronic money card EM2 reads the destination information D21 by an operation of passing or deceiving the card communication device CM2. Similarly to the first embodiment, the card communication device CM2 is connected to a terminal device 1N2 that can be connected to the Internet, and accepts selection of a gift 30 'and creates gift selection information D22. The terminal device 1N2 has a function of connecting to the Internet 20, a function of displaying gift store information and payment information of an online store, and a function of outputting gift selection information D22.

  As in the first embodiment, a notebook personal computer, a desktop personal computer, a television receiver having a communication function, or the like is used for the terminal device 1N2. The terminal device 1N2 notifies the gift delivery information D2 in which the destination information D21 read by the card communication device CM2 and the gift selection information D22 are associated with each other to the information processing system for gift delivery management. .

  In addition, the gift delivery person side is provided with a web server WB2 that constitutes an information distribution system, and provides display information for displaying a picture of the gift, its description, and the like. Information required for delivery is delivered.

  Further, the web server WB2 performs the delivery process of the gift 30 'if the subsequent settlement process is successful based on the delivery destination information D21 received from the terminal device 1N2 for these distributions. If the settlement process is NG, the user is prompted to select another gift again. For example, the web server WB2 transfers the gift delivery information D2 received from the terminal device 1N2 to an information processing system for gift delivery management.

  The web server WB2 on the gift deliverer side and the terminal device 1N2 on the gift acquirer side that can be connected to the Internet are connected by the Internet line 20 or the like in the same manner as in the first embodiment. The gift delivery person side described above is provided with, for example, an information processing apparatus 10 ′ for gift order delivery, and orders and delivery of gifts 30 ′ are performed based on the gift delivery information D2 transferred from the web server WB2. Is made to manage. As the information processing apparatus 10 ', for example, a personal computer is used to manage the delivery of the gift 30' for which an order has been received. The information processing apparatus 10 ′ is disposed in the gift delivery center and delivers the gift 30 ′ to the address based on the destination information D 21. This makes it possible to construct an electronic money card gift system 200 that handles gifts 30 ′ with limited destinations.

  FIG. 8 is a diagram illustrating a storage example of information in the memory unit 36 ′ related to the electronic money card EM 2. In the memory unit 36 'shown in FIG. 8, the recipient information D21 of the gift recipient is stored in addition to the billing information in which the balance is recorded.

  Similarly to the first embodiment, the memory unit 36 'is provided with a memory area having a predetermined capacity, and a destination information D21 description area I and a billing information description area II are allocated to this memory area. In the delivery destination information area I, delivery destination information D21 of a gift recipient to whom the gift giver gives the electronic money card EM2 is recorded (registered).

  For example, in the destination information area I, personal information such as the address and name of the recipient who indicates the delivery destination of the gift 30 ′ such as “XX prefecture Δ △ city XX town 2-34-56-789” Is described. Of course, postal code information may be added to the destination information D21. The destination information D21 and the zip code information are recorded using the recording device of the card vending machine 201 when the electronic money card EM2 is purchased. In the billing information description area II, description fields such as a use date, a charge amount, a use amount, and a balance are provided as billing information. In this example, 5000 yen is recorded in the balance description column.

  When the electronic money card EM2 is configured in this way, when a gift 30 is selected and acquired at an online store that receives and distributes the gift 30 ', the gift acquirer (gift recipient) inputs the home address by himself / herself. The operation can be omitted, and the operation can be reduced to passing the card EM2 through the card communication device CM2. In addition, the gift delivery center can deliver the gift 30 'to the address (send destination) of the gift acquirer based on the delivery destination information D21 added to the gift delivery information D2.

  FIG. 9 is a flowchart showing an example of initial registration or change registration of the destination information D21 (D11) in the card recording system.

  In this example, the card recording system corresponds to the card vending machine 201, the card communication device CM2 connected to the home terminal device 1N2, and the like. In the electronic money card gift system 200, the gift vender who purchased the electronic money card EM2 records the address / name (send address information D21) of the gift recipient in the card vending machine 201. In the electronic money card utilization system 100, this corresponds to the case where the purchaser of the electronic money card EM1 previously purchased in the card communication device CM2 wants to change and register his home address by moving or the like. In this example, a case where the destination information D21 is initially registered or changed is registered in a card recording system such as the card vending machine 201 or the terminal device 1N2 to which the card communication device CM2 is connected.

  Under these processing conditions, in the card recording system, in step B1 of the flowchart shown in FIG. 9, in step B1, the card processing system branches control depending on whether the electronic money card EM1 is initially registered or registered. For example, it is confirmed whether the request is for a change registration of the electronic money card EMj whose information has already been recorded and the electronic money card EM2 for which the destination information D21 is not yet recorded. Execute the process. In this example, the card recording system is the card vending machine 201, and the case shown in FIG. 8 corresponds to the initial registration for recording the address and name (send address information D21) of the gift recipient. When the card recording system is the terminal device 1N2 to which the card communication device CM2 shown in FIG. 7 is connected, this corresponds to registration change (rewrite) of the card user's destination information D21.

  In this example, in the case of registration change, the process proceeds to step B2 and the card communication device CM2 confirms whether or not communication with the electronic money card EM1 with the information input in which the destination information D21 is recorded is possible. At this time, the display device 45 displays a message such as “Please pass or deceive the electronic money card EM1 through the card communication device CM2.” In order to respond to this display, the user passes or deceives the electronic money card EMj through the card communication device CM2.

  For example, the card communication device CM2 reads the destination information D21 from the electronic money card EM2 by inserting the electronic money card EM2. In this example, the destination information D21 such as “XX prefecture ΔΔΔ city XXX town 1-23-45-678” is read from the destination information area I shown in FIG.

  If it is confirmed in step B1 that the initial registration of the electronic money card EM2 is confirmed by the card recording system, the process proceeds to step B3. In step B3, information input processing corresponding to the initial registration of the electronic money card EM2 or the registration change of the electronic money card EMj is executed. At this time, when the information input process is the electronic money card gift system 200 and the initial registration of the electronic money card EM2, the user uses the input tool of the card vending machine 201, for example, “XX”. Personal information such as the address and name of the gift recipient indicating the delivery destination of the gift 30 ′ such as “Prefecture ΔΔ City ×× Town 2-34-56-789” is input.

  When the information input process is the electronic money card utilization system 100 and the registration change of the electronic money card EMj, the user uses the input device 42 of the terminal device, for example, “○ after address change” Personal information such as the address and name of the card user indicating the delivery destination of the product 30 such as “XX prefecture ΔΔΔ city xxx town 3-33-56-700” is input.

  Thereafter, the process proceeds to step B4, where the card recording system confirms whether or not the input information such as personal information input for the initial registration or registration change of the destination information D21 is recorded in the electronic money card EM2 or EMj. To do. To confirm the recording, the user operates an icon (not shown) to instruct the card recording system.

  When the input information is recorded on the electronic money card EM2, EMj, etc., the process proceeds to step B5. In step B5, the card recording system checks whether the electronic money card EM2, EMj or the like is a recordable card depending on whether communication is possible. That is, an attempt is made to record information by communicating with the electronic money card EM2, EMj, or the like. If it is confirmed that the information can be recorded, the process proceeds to step B6 and the destination information D21 is recorded.

  In the above example, in the case of a registration change to the electronic money card EMj, based on the input information input using the input device 42 of the terminal device INj, the destination information of the memory unit 36 shown in FIG. “XX prefecture △△△ city XXX town 1-23-45-678” described in area I is “XXX prefecture △△ Δ city xxx town 3-33-56-700. To "No."

  Further, in the case of initial registration to the electronic money card EM2, “XX prefecture ΔΔ city XX town 2-34-56-789” or the like input using the input tool of the card vending machine 201, etc. Personal information of the gift recipient is described in the destination information area I of the memory unit 36 'shown in FIG. If the input information is not recorded in the electronic money card EM2, EMj or the like in step B4 described above, the information processing is terminated without initial registration or registration change of the destination information D21. Thereby, the card recording process is terminated.

  If it is confirmed in step B5 that the electronic money card EM2 or EMj is a recordable card in the card recording system but communication is not possible, the process proceeds to step B7 and error processing is executed. For example, an error message such as “The destination information could not be described” is displayed on the display device 45 or the like. As a result, the card recording process ends abnormally.

  In this example, when the card recording system corresponds to the card vending machine 201, step B5 may be omitted. This is because it has become clear from the beginning that the electronic money card EM2 is a newly recordable electronic money card.

  By performing such a recording process, the gift giver can register the recipient address information D21 of the other party in the electronic money card EM2, and the gift giver performs the input process of the recipient information D21 on behalf of the gift recipient. The electronic money card gift system 200 that can be performed can be constructed. Further, the personal information of the owner is recorded on the electronic money card EMj, so that the identity verification can be facilitated. As a result, it is possible to easily determine either the true owner in which the destination information D21 is registered in the electronic money card EMj or the simple card holder who happens to possess the card after picking up the card.

  Further, when the information shown in step B6 is recorded on the card, if the electronic money card EM2 has a function that the recorded contents cannot be changed without authentication with the key if the information cannot be written without the authentication with the key, The destination information D21 once recorded in the electronic money card EM2 can be disabled from being changed thereafter. For this reason, in the electronic money card gift system 200, even if a third party illegally uses (abuses) the card, the gift 30 'is not delivered to the third party's home, and the gift It will be sent to the recipient (the other party) who is the recipient, and safety will be improved.

  Even if an unauthorized user knows and uses a unique number registered in the electronic money card EM2 for some reason, when using the terminal device IN2 that can be connected to the Internet, the web server WB2 or the like In this case, since it is associated with the destination information D21 of the unauthorized user, it is easy for the evidence to remain, so that the unauthorized use of the card can be prevented.

  FIG. 10 is a flowchart illustrating an example of information processing in the terminal device IN2 as the second embodiment.

  In this example, it is assumed that the electronic money card gift system 200 is constructed and the gift giver gives the electronic money card EM2 to the gift recipient. When the gift giver gives the electronic money card EM2 to the gift recipient, the gift giver records the address information and the like of the gift recipient. A gift 30 'is delivered to the location (residence) of the person who received the electronic money card EM2. The electronic money card gift system 200 is a system in which the person himself / herself who gave the gift does not need to input his / her own address using a terminal, and the gift 30 ′ is not handed over at a wedding or other occasion. It is.

  In this example, when the destination information D21 of the gift item 30 ′ indicating the addressee's address is registered in the electronic money card EM2, and the giftee obtains the gift item 30 ′, the card communication device CM2 of the online store. In this example, the delivery address information D21 is read from the electronic money card EM2 and the gift 30 'is delivered to the addressee's address based on the delivery address information D21 registered in the electronic money card EM2.

  Using these as information processing conditions, the user activates the terminal device 1N2 and accesses the web server WB2 and the like related to the online store specializing in gifts. The terminal device 1N2 communicates with the web server WB2, and displays a gift selection menu by the online store on the display device 45 in step C1 of the flowchart shown in FIG. At this time, the display device 45 displays the images of the plurality of gifts 30 ′, descriptions thereof, and the like based on the content information provided from the web server WB 2. The user operates the input device 42 so as to select the gift item 30 ′ displayed on the display device 45.

  Next, in step C2, the terminal device 1N2 branches control depending on whether or not to select a gift 30 'from the user. When selecting the gift 30 ′, the selection of the gift 30 ′ is accepted on the screen of the display device 45. At this time, when the user operates the input device 42 to select a gift 30 'to be acquired, the gift selection information D22 is output from the input device 42 to the CPU 41 in response to this operation.

  When the user selects a gift and a gift 30 'to be delivered is generated, the process proceeds to step C3, and the terminal device 1N2 reads the destination information D21 from the electronic money card EM2. For example, the card communication device CM2 stores the personal information of the gift recipient such as “XX Prefecture ΔΔ City XX Town 2-34-56-789” from the electronic money card EM2, and the memory unit 36 ′ shown in FIG. Read from.

  Then, the process proceeds to step C4. In step C4, the terminal device 1N2 determines whether or not the destination information D21 of the gift 30 'has been acquired. This determination is made with confirmation from the user as to whether or not the destination information D21 read from the electronic money card EM2 can be used. If the destination information D21 of the gift item 30 'can be acquired, the terminal device 1N2 proceeds to step C5 shown in FIG. 6 and executes a settlement process for acquiring the gift item 30'. The settlement process is executed by rewriting the settlement information stored in the electronic money card EM2, for example. In this example, the usage date, usage amount, and balance are rewritten in the billing information description area II shown in FIG.

  Thereafter, in step C6, the terminal device 1N2 confirms whether the settlement process has been successful. If the checkout process has failed, the process proceeds to step C7, where the terminal device 1N2 again selects the gift 30 'and confirms whether the checkout process is attempted. At this time, the display device 45 displays a message “Do you want to select the gift 30 ′ again and try the checkout process again?”. At the same time, in addition to the above message, for example, icons such as “Continue” and “Cancel” are displayed on the display device 45. For example, when the user presses the “continue” icon, that is, when the gift 30 ′ is selected and the checkout process is continued, that is, when the gift 30 ′ is selected again and the checkout process is attempted again, Control goes to step C8. In step C8, the terminal device 1N2 continues control according to the reselection of the gift 30 'by the user. The gift 30 'is reselected and the process returns to step C5.

  When the settlement process is executed in the above-described step C5 and it is determined in step C6 that the settlement process is successful, the process proceeds to step C9 and the settlement information and the destination information D21 are displayed on the display device 45 to notify the user. To do. After the settlement information and the destination information D21 are displayed on the display device 45, the terminal device 1N2 moves to Step C10, and the terminal device 1N2 selects the destination information D21 acquired by the information reading process and the gift gift output from the input device 42. Gift distribution information D2 is created by associating and merging information D22. Thereafter, the process proceeds to step C11, and the terminal device 1N2 notifies the gift delivery information D2 in which the delivery destination information D21 and the gift selection information D22 are associated with each other to the web server WB2 or the like.

  If the user has not selected the gift item 30 ′ in step C <b> 2 described above, the information processing by the terminal device 1 </ b> N <b> 2 is terminated. Further, when the user performs an operation to stop the selection of the gift 30 ′ in step C7, for example, when the “stop” icon is pressed, the terminal device IN2 stops the checkout process and ends the information processing. To do.

  As described above, according to the electronic money card gift system and the information processing method thereof according to the second embodiment, when the gift item 30 ′ is selected and acquired at the online store, the respondent himself / herself sets his / her home address and name. The operation of inputting can be omitted, and the operation can be reduced to the operation of passing or tricking the electronic money card EM2 through the card communication device CM2. In addition, the user accesses the web server WB2 or the like using the terminal device 1N2 and sends the gift 30 'desired to be acquired, selected on the display device 45, to the gift delivery center added to the gift delivery information D2. Based on the destination information D21, the gift 30 'can be delivered to the user (destination).

  FIG. 11 is a conceptual diagram illustrating a configuration example of an electronic money card utilization system 300 according to the third embodiment.

  In this embodiment, an electronic money card utilization system 300 limited to a rental merchandise destination is configured, and the destination information D31 of the rental merchandise 70 is registered in the electronic money card EM3, and sent from the electronic money card EM3 when borrowing the rental merchandise. The destination information D31 is read, and the rental product 70 is delivered to the address based on the destination information D31 registered in the electronic money card EM3.

  An electronic money card utilization system 300 shown in FIG. 11 constitutes another example of an information processing system, and is a system that processes rental product delivery information D3 generated at an online store that receives and delivers rental products 70 via the Internet 20. is there. The rental product 70 is a recording medium on which video information such as DVD, CD, and MD, music information, and the like are recorded. The rental product 70 is not limited to these recording media, and may be anything that can be rented. For example, a rental car or a rental bicycle.

  In this example, the electronic money card utilization system 300 is an application of the electronic money card utilization system 100 as the first embodiment, and the web server WB3, the terminal device IN3, the card communication device CM3, etc. are extracted from the system 100. It is a thing.

  In this example, the borrower side of the rental product is provided with an electronic money card EM3 that constitutes an example of a recording medium for billing processing, and the fee charged for rental of the rental product 70 is settled. The In this example, destination information D31 is registered (recorded) in the electronic money card EM3. The destination information D31 is registered (recorded) at the time of purchase or after purchase of the electronic money card EM3.

  When renting the rental product, for example, a card vending machine is provided with a recording device, and the electronic money card purchaser receives the destination information D31, which is address information indicating the destination of the rental product 70, to the electronic money card purchaser. It is made to record in EM3. Of course, the present invention is not limited to this, and the destination information D31 may be recorded on the electronic money card EM3 when the rental product 70 is first borrowed at an online store.

  In this example, in addition to the electronic money card EM3, a mobile phone EMm having a function equivalent to that of the electronic money card EM3 may be used as a recording medium for billing processing. A memory is provided in the mobile phone EMm, and the destination information D31 is registered in the memory. When receiving an order for a rental product 70 to be lent out at an online store, an infrared communication device or a short-range wireless communication is used. Information can be sent and received using functions and the like.

  In this example, the destination information D31 registered in the electronic money card EM3 is read by the card communication device CM3 that constitutes the function of the reading device. The card communication device CM3 preferably has an information writing function in addition to the information reading function. This is because the destination information D31 can be recorded on the electronic money card EM3 when the rental product 70 is first borrowed at an online store. The card communication device CM3 is preferably provided for each Internet connection terminal. Also in this example, the electronic money card EM3 reads the destination information D31 by an operation of passing or deceiving the card communication device CM3, and the mobile phone EMm having the same function is deceived by the card communication device CM3. The destination information D31 is read by the operation.

  The card communication device CM3 uses a wireless information writing / reading device and an infrared wireless transmission / reception device, and has a relay function between the terminal device IN3 and the electronic money card EM3, the cellular phone EMm shown in FIG. Thus, communication processing can be performed between the terminal device IN3 and the electronic money card EM3, the mobile phone EMm, or the like.

  Each of the card communication devices CM3 is connected to an internet-connectable terminal device IN3 that constitutes a function of an information processing device for accepting rental product orders, and accepts orders or selections of rental products 70 to create rental product selection information D32. To be made. The terminal device IN3 has a function of connecting to the Internet 20, a function of displaying rental product information and payment information of an online store specializing in rental products, and a function of outputting rental product selection information D32.

  As the terminal device IN3, a notebook personal computer, a desktop personal computer, a television receiver having a communication function, or the like is used. The terminal device IN3 notifies the rental product delivery management information processing system of rental product delivery information D3 in which the destination information D31 read by the card communication device CM3 and the rental product selection information D32 are associated with each other. .

  In addition, the rental product lender side is provided with a web server WB3 constituting an information distribution system, and provides display information for displaying a video of the rental product, its description, its rental fee, its payment method, and the like. At the same time, information necessary for lending rental products is distributed at online stores.

  Further, the web server WB3 performs the process of shipping the rental product 70 if the subsequent charging process is successful based on the destination information D31 received from the terminal device IN3 for these distributions. If the billing process is NG, the user is prompted to select another rental product again. For example, the web server WB3 transfers the rental product delivery information D3 received from the terminal device IN3 to the information processing system for rental product delivery management.

  The plurality of web servers WB3 on the rental product sales or rental product lender side and the terminal device IN3 on the rental product borrower side that can be connected to the Internet are connected by the Internet line 20. The communication means includes a general public telephone line and a dedicated communication line in addition to the Internet line 20.

  For example, the rental merchandise delivery company includes an information processing device 60 for receiving and delivering rental merchandise, and accepts orders and deliveries of the rental merchandise 70 based on the rental merchandise delivery information D3 transferred from the web server WB3. It is made to manage. For the information processing apparatus 60, for example, a personal computer is used to manage the delivery of rental products 70 for which orders have been received. The information processing device 60 is arranged in the rental product delivery center and delivers the rental product 70 to the address based on the destination information D31.

  In addition, although it abbreviate | omits about the information processing method in the electronic money card utilization system 300, please refer to the flowchart in the electronic money card utilization system 100 shown in FIG.5 and FIG.6. In this case, replace “product” with “rental product”, and replace “card user” with “rental borrower”.

  As described above, according to the electronic money card utilization system 300 limited to the rental merchandise destination according to the third embodiment, when borrowing the rental merchandise 70 at the online store, the rental merchandise borrower himself / herself sets his / her home address and name. The operation of inputting can be omitted, and the operation can be reduced to the operation of passing or tricking the electronic money card EM3 through the card communication device CM3 or the like. In addition, in the rental product delivery center or the like, the rental product 70 can be delivered to the delivery destination based on the delivery destination information D31 added to the product order information D1. As a result, it is possible to construct the electronic money card utilization system 300 in which the destination of the rental product 70 is limited.

  12A and 12B are diagrams showing a configuration example of a contact-type electronic money card EM4 as a fourth embodiment.

  In this embodiment, a configuration example of a contact-type electronic money card EM4 applicable to the use of the electronic money card or the gift system 100 to 300 described in the first to third embodiments is shown. In this example, instead of the non-contact type electronic money cards EM1 to EM3 described in the first to third embodiments, a contact type electronic recording card medium (prepaid / postpaid card (tag), The destination information D11, D21 or D31 is registered and applied to an Edy card or the like.

  The electronic money card EM4 for billing processing shown in FIG. 12A is settled in order to settle the charge imposed on the purchase of the product 30 or the rental of the rental product 70, or when the gift 30 'is selected and acquired. The function of the recording medium is configured. The electronic money card EM4 records destination information D11, D21 or D31, which is address information indicating the destination of the product 30, the gift 30 'or the rental product 70, and purchase of the product 30 and selection of the gift 30'. When acquiring or borrowing the rental product 70, the destination information D11, D21 or D31 is read from the electronic money card EM4.

  The electronic money card EM4 has a card body 50 having the same size as the electronic money card EMj of the first embodiment, and has a stacked structure in which the IC chip 51 is sandwiched by the card body 50. Yes. Since this electronic money card EM4 is a contact type, a terminal 52 for information input / output and power supply is provided. The terminal 52 is divided into an information input / output terminal 52a and a power supply terminal 52b.

  FIG. 12B is a block diagram illustrating an internal configuration example of the IC chip 51 of the electronic money card EM4. The IC chip 51 illustrated in FIG. 12B includes a communication unit 53, a CPU 55, and a memory unit 56.

  The information input / output terminal 52 a illustrated in FIG. 12A is connected to the communication unit 53. The communication unit 53 connected to the signal input of the information input / output terminal 52a receives communication control of the CPU 55 and performs communication processing with a card communication device (not shown). For example, the communication unit 53 receives the destination information D11, D21, or D31 when writing information. When reading the information, the destination information is sent to the signal output of the information input / output terminal 52a.

  A CPU 55 is connected to the communication unit 53 described above, and input / output of the communication unit 53, the memory unit 56, and the like is controlled during information writing / reading. For example, when information is read, the destination information D11, D21, or D31 read from the memory unit 56 is output to the communication unit 53. At the time of writing information, the destination information D11, D21 or D31 obtained from the communication unit 53 is recorded in the memory unit 56.

  A memory unit 56 is connected to the CPU 55, and stores destination information D11, D21 or D31 received by the communication unit 53, billing information, and control data such as an information writing / reading procedure. The memory unit 56 is a nonvolatile memory such as an EEPROM. According to the nonvolatile memory, the destination information D11, D21 or D31, billing information, and the like are recorded and retained even when the power is turned off.

  In the contact type electronic money card EM4, power is supplied from the outside via the power supply terminal 52b. A communication unit 53, a CPU 55, and a memory unit 56 are connected to the power supply terminal 52b. The communication unit 53, the CPU 55, and the memory unit 56 are supplied with a DC voltage VCC 'from a power supply terminal 52b. The contact-type electronic money card EM4 is applied with a card communication device or a terminal device INj provided with a terminal for mounting the electronic money card, so that DC power is supplied through the power supply terminal 52b.

  As described above, according to the contact-type electronic money card EM4 according to the fourth embodiment, when purchasing the product 30 at the online store, when acquiring the gift 30 ', or when borrowing the rental product 70 The contact type electronic money card EM4 is attached to the card communication device or terminal device INj provided with the terminal for attaching the electronic money card.

  Accordingly, the operation in which the product purchaser, gift giver, rental product borrower, etc. input his / her home address and name can be omitted, and the operation can be reduced to mounting an electronic money card in the card communication device. . Moreover, in the product distribution center, the gift distribution center, the rental product distribution center, or the like, based on the product order information D1, the delivery information D11, D21, or D31 added to the gift distribution information D2, the rental product order information D1, etc. The product 30, the gift 30 ', or the rental product 70 can be delivered to the destination. As a result, even with the contact-type electronic money card EM4, the electronic money card utilization systems 100 and 300 and the electronic money card gift system 200 can be constructed. By constructing such systems 100 to 300, non-contact type and / or contact type electronic money cards EM1 to EMj can be widely used, which greatly contributes to industrial development.

  The present invention is extremely applicable when applied to an electronic money card utilization system that limits the destination of goods, an electronic money card gift system that limits the destination of gifts, and an electronic money card usage system that limits the destination of rental goods. Is preferred.

It is a figure which shows the structural example of the electronic money card utilization system 100 as embodiment which concerns on this invention. It is a block diagram which shows the structural example of the terminal device IN1 which can be connected to the internet. (A) And (B) is a figure which shows the structural example of non-contact-type electronic money card EM1 grade | etc.,. It is a figure which shows the example of a storage of the information in the memory part 36 shown to FIG. 3B. It is a flowchart which shows the information processing example (the 1) in the electronic money card utilization system 100 as a 1st Example. It is a flowchart which shows the information processing example (the 2) in the electronic money card utilization system. It is a conceptual diagram which shows the structural example of the electronic money card gift system 200 as a 2nd Example. It is a figure which shows the example of a storage of the information in the memory part 36 'concerning the electronic money card EM2. It is a flowchart which shows the example of initial registration or change registration of the transmission destination information D21 (D11) in a card recording system. It is a flowchart which shows the information processing example in terminal device IN2 as a 2nd Example. It is a conceptual diagram which shows the structural example of the electronic money card utilization system 300 which concerns on a 3rd Example. (A) And (B) is a figure which shows the structural example of the contact-type electronic money card EM4 which concerns on a 4th Example.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... Information processing apparatus for order delivery of goods, 10 '... Information processing apparatus for gift delivery, 20 ... Internet line (communication means), 30 ... Goods, 30' ... Gift Product, 31, 50 ... card body, 32, 51, 55 ... IC chip, 33 ... antenna, 34, 43, 53 ... communication unit, 35, 41, 55 ... CPU, 36, 36 ', 56 ... Memory unit, 37 ... Power supply unit, 40 ... Communication device, 42 ... Input device, 43 ... Storage device, 45 ... Display device, 52 ... -Terminal, 60 ... Information processing device for rental product delivery, 70 ... Rental product, WBi (i = 1-n) ... Web server, INj (j = 1-m) ... Internet connection Possible terminal device, CMj (j = 1 to m)... Card communication device, EMj j = 1~m) ··· electronic money card, EMm ··· mobile phone, 100, 300 ... electronic money card use system, 200 ... electronic money card gift system

Claims (8)

In the recording medium for billing processing to settle the fee charged for the purchase or rental of goods,
Delivery destination information indicating the delivery destination of the product is recorded on the recording medium,
When purchasing or borrowing the product,
A recording medium, wherein destination information is read from the recording medium. The recording medium includes
2. The recording medium according to claim 1, wherein a contact-type or non-contact-type electronic money card is used. In an information processing system for processing product order information generated at an online store that purchases or lends a product via communication means,
A recording medium for billing processing to settle a charge imposed on the purchase or lending of the product;
A recording device for recording destination information indicating a destination of goods on the recording medium;
A reader for reading destination information from the recording medium;
An information processing device for receiving a product order that is connected to the reading device and receives product orders or selections to create product order information;
The information processing apparatus includes:
Product order information associating the destination information read by the reading device with the product selection information obtained by receiving the order or selection of the product is notified to the information processing device for product order delivery. Information processing system. The recording medium includes
The information processing system according to claim 3, wherein a contact-type or non-contact-type electronic money card is used. The recording medium includes
The information processing system according to claim 3, wherein a mobile phone is used. In an information processing method for processing product order information generated at an online store that purchases or lends a product via communication means,
Recording destination information indicating a destination of the product on a recording medium for billing processing for settlement of a charge imposed on purchase or rental of the product;
When purchasing or borrowing the product,
Reading destination information from the recording medium;
Receiving an order or selection of the product to obtain product selection information;
Associating the destination information read from the recording medium with the acquired product selection information;
And a step of notifying the information processing system for product order delivery of product order information in which the destination information and the product selection information are associated with each other. The recording medium includes
7. The information processing method according to claim 6, wherein a contact-type or non-contact-type electronic money card is used. The recording medium includes
The information processing method according to claim 6, wherein a mobile phone is used.

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